For several years now, I wanted the ability to create custom clothing by printing an image of a digital asset that I own on it; in other words, put a picture of an NFT on a hoodie. There appear to be signals from others too, yet there doesn’t seem to be a viable solution.

It got me thinking. What would a sufficiently decentralized, permissionless apparel company look like and how fast could the community build it?

Let’s dive into the idea and see if we can pull something off during FarHack in Santa Monica, CA, May 3 – 5. Here’s to building in public! Please DC me directly on Warpcast if any of this sounds remotely interesting.

The fashion industry has long been dominated by centralized powerhouses, which often stifle creativity, customization, and opportunities for independent creators. With the advent of decentralized technologies, there lies an opportunity to disrupt this traditional paradigm with "a sufficiently decentralized, permissionless apparel company". The idea is [TBD] – a platform designed to empower both collectors and creators by enabling them to design, customize, and market unique apparel pieces.

The vision is to cultivate a decentralized ecosystem where anyone can express their individuality through personalized apparel, whether by uploading their own designs or by leveraging their NFT collections. Utilizing blockchain technology and smart contracts, we ensure that collectors and creators receive fair compensation for their contributions, while also providing a secure and seamless platform for transactions.

Core Objectives:

1. Empowerment: Enable collectors and creators to have complete control over their designs, creations, and sales, fostering a deep sense of ownership and pride in their work.

2. Accessibility: Reduce barriers to entry for independent creators and collectors by offering the necessary tools and infrastructure to develop and sell their own apparel lines.

3. Customization: Provide an extensive range of garment types and customization options, allowing users to craft truly unique items that showcase their style and personality.

4. Decentralization: Utilize decentralized technologies to establish a transparent, trustless, and permissionless platform that eliminates intermediaries and ensures equitable revenue distribution.

5. Community: Build a dynamic and engaged community of creators, collectors, and fashion enthusiasts who can collaborate, inspire, and uplift one another.

In the subsequent sections, I explore the problem statement, proposed solution for a minimum lovable product (MLP), and proposed technical implementation to actualize this vision.

The traditional fashion industry, dominated by centralized power structures, confronts numerous challenges that stifle creative expression and innovation. These challenges primarily arise from the concentration of control within a few large corporations, leading to several systemic issues:

1. Limited Creativity and Self-Expression: Mainstream fashion brands often dictate the prevailing styles and designs, significantly constraining individual expression and the visibility of independent creators. This results in a market where unique tastes and artistic creations struggle to find their place.

2. Inadequate Customization Options: The prevalent off-the-rack model fails to accommodate diverse body types and personal preferences, compelling consumers to settle for less-than-ideal fits and designs. This not only impacts consumer satisfaction but also limits how individuals can represent their identities through fashion.

3. High Entry Barriers for New Creators: Emerging designers and independent artists face substantial obstacles, including excessive startup costs and the necessity for extensive industry connections. These barriers inhibit fresh talent from entering the market, curtailing diversity and innovation within the sector.

4. Unfair Revenue Distribution: The traditional model benefits intermediaries—such as retailers and distributors—more than the actual creators, often leaving artists with a minor share of the profits. This disparity discourages creative risk-taking and reduces the overall growth of the creative community.

5. Opaque Practices and Lack of Authenticity: There is a troubling lack of transparency regarding the sourcing, production processes, and sustainability of garments. Consumers find it challenging to make informed choices that align with their values, particularly concerning ethical and sustainable practices.

6. Supply Chain and Inventory Inefficiencies: Centralized brands frequently contend with overproduction, which not only leads to significant waste and environmental impact but also exacerbates logistical and cost inefficiencies throughout the supply chain.

Despite these longstanding issues, the rise of decentralized technologies such as blockchain and NFTs offers unprecedented opportunities to reimagine and reform the fashion industry. By leveraging these technologies, we propose the creation of a decentralized, permissionless apparel platform. This platform will not only empower creators and consumers by facilitating more personalized and expressive fashion choices but also ensure equitable revenue distribution and enhanced transparency.

Building on the challenges identified in the fashion industry, a proposed solution for a minimum lovable product (MLP) for Collectors and Creators might look like the following. The scope of each release will need to be further defined and agreed upon based on available development funds, open to feedback.

Collector – v1 (one-off orders)

The Collector version is specifically crafted for individuals seeking to create personalized, one-off apparel items. This version harnesses both personal creativity and digital art assets, such as NFTs, to allow for the creation of unique clothing items:

1. Image Upload and NFT Integration: Users can upload digital images or connect their NFT wallets, utilizing their digital assets as designs.

2. Garment Selection and Customization: An array of garments, t-shirts, hoodies, joggers, and caps, are available for customization in size, color, and quantity.

3. Seamless Payment and Automated Revenue Distribution: Payments are processed securely with automatic revenue splitting.

   For original uploads:

   • 96% of the revenue is allocated to the merchant.

   • 4% to the platform.

   For NFT artworks the distribution adjusts to:

   • 90% for the merchant.

   • 6% to the NFT's original contract owner.

   • 4% to the platform.

4. Fulfillment and Shipping: Merchants print-on-demand and dropshipping the customized apparel directly to the collector, ensuring a seamless end-to-end process.

Creator – v2 (storefronts)

The Creator version targets artists, designers, and entrepreneurs aiming to establish and manage their decentralized apparel storefronts, promoting their unique brand and designs:

1. Catalog Management: Creators upload and manage a catalog of designs or NFTs, establishing a base for their apparel collections.

2. Apparel Collection Creation: Creators select garment types for their collection, assigning designs to each item to build a cohesive line.

3. Storefront Customization: Each creator personalizes their storefront with detailed product descriptions, desired pricing, and a distinct brand identity.

4. Decentralized Storefront Management: Customers can explore and purchase from these unique collections directly through the creators' decentralized storefronts.

5. Payment Processing and Revenue Distribution: The platform ensures secure transactions with revenue splits varying by the nature of the design, original or NFT-based, benefiting, the merchant, the storefront creator, the NFT contract owner (if applicable), and the platform.

6. Seamless Payment and Automated Revenue Distribution: Payments are processed securely with automatic revenue splitting.

   For original uploads:

   • 94% of the revenue is allocated to the merchant.

   • 2% to the store creator.

   • 4% to the platform.

   For NFT artworks the distribution adjusts to:

   • 90% for the merchant.

   • 2% to the store creator.

   • 4% to the NFT's original contract owner.

   • 4% to the platform.

7. Fulfillment and Shipping: Orders are fulfilled and shipped by the merchant directly to the customer, mirroring the Collector version’s efficiency.

Experiences – v3 (increase earnings and engagement)

1. Increase creator earnings: when NFT artwork is used, allow user to choose from a list of different merchants that support lower cost-share models, thereby providing higher payouts to the NFT contract owner.

2. Increase engagement: A mobile app (iOS + Android).

3. To be further defined.

The technology stack needs to leverage as many L2/L3 solutions as possible, leverage as much information as possible from the Farcaster ecosystem and social graph, and utilize as many Farcaster-native solutions as possible. Here are high-level details for some components of the stack and their functionalities, open to feedback.

1. Base Layer 2 (L2): Platform built on Base, powered by Optimism's OP Stack, which allows us to manage a high volume of transactions and user interactions efficiently, while maintaining the robust security features of the Ethereum mainnet.

2. Smart Contracts: Use Solidity to develop a comprehensive suite of smart contracts that will manage payment processing, revenue distribution, and NFT integration, ensuring seamless operations across our platform.

3. Decentralized Storage with IPFS: The InterPlanetary File System (IPFS) will be used to store design assets, product images, and other critical data in a decentralized manner. This enhances security and ensures data permanence without relying on centralized servers.

4. NFT Standards and Integration: The platform will support prominent NFT standards like ERC-721 and ERC-1155, facilitating easy integration with existing NFT marketplaces and wallets. This enables users to effortlessly utilize their NFTs as design assets.

5. User-Friendly Decentralized Storefronts: Creators can personalize decentralized storefront templates using modern web technologies such as React, combined with HTML5 and CSS3. These storefronts will interact directly with our smart contracts hosted on Base, providing a seamless user experience.

6. Secure Payment Processing: Integration with decentralized payment gateways that support ERC-20 and Base will ensure secure and transparent transactions. Our smart contracts will handle all payment processes, reinforcing trust and accuracy.

7. Merchant Integration: By partnering with trusted merchants (print-on-demand and dropshipping providers), the platform will automate the apparel printing and shipping process. Our platform's APIs will facilitate seamless communication between the dropshippers and our system, streamlining order fulfillment.

8. IPFS-Based Data Management: Leverage IPFS for reliable and secure management of product descriptions and images, providing creators with a decentralized and intuitive interface for managing their collections.

Idealistic

1. Open call for participation during FarHack, May 3 – 5; DC me directly on Warpcast.

Reality

It's more realistic to think this idea will need to be pressured tested. To facilitate this process the community will leverage the Concept Testing methodology developed by @markfishman and @samuellhuber.

1. Depending on outcome of FarHack, it’s likely we’ll need to mobilize additional efforts. This will include raising additional funds through a crowd fund on Fabric, and then sourcing dev work through a bounty on Bountycaster.

2. Once funding is raised for one or both MLP phases, a bounty is posted with details on the build process and development spec (what you're reading now is current version).

3. Any devs interested in building [TBD] can reply to the bounty to apply. You must link to your GitHub with a hosted, early version showing that you understand the assignment and can deliver the spec.

4. Once approved, the bounty will be marked as "in progress" and the dev is added to a group chat with beta testers. ("In progress" means someone is working on it, but anyone else can still apply by posting an earlier GitHub version and delivering faster/better.)

5. Devs post updates of their [TBD] version in a group chat and receive feedback from testers.

6. Once the version fully meets specifications and beta testers like the user experience, the bounty is marked complete and paid out. (When in doubt: don’t overthink the delivery, ask for feedback and iterate.)

7. The first party to complete the bounty will receive 90% of the raised funds. [TBD] will keep 10% to retro fund initial ideation. If the bounty is not completed within a month, then all the raised funds will be returned.

More to come in a subsequent post on general guidelines for evaluation.

Here’s to building in public and someone picking this up with me at FarHack!! Please DC me directly on Warpcast if any of this sounds remotely interesting.

Thanks for reading!

↑ bwilde

For several years now, I wanted the ability to create custom clothing by printing an image of a digital asset that I own on it; in other words, put a picture of an NFT on a hoodie. There appear to be signals from others too, yet there doesn’t seem to be a viable solution.

It got me thinking. What would a sufficiently decentralized, permissionless apparel company look like and how fast could the community build it?

Let’s dive into the idea and see if we can pull something off during FarHack in Santa Monica, CA, May 3 – 5. Here’s to building in public! Please DC me directly on Warpcast if any of this sounds remotely interesting.

The fashion industry has long been dominated by centralized powerhouses, which often stifle creativity, customization, and opportunities for independent creators. With the advent of decentralized technologies, there lies an opportunity to disrupt this traditional paradigm with "a sufficiently decentralized, permissionless apparel company". The idea is [TBD] – a platform designed to empower both collectors and creators by enabling them to design, customize, and market unique apparel pieces.

The vision is to cultivate a decentralized ecosystem where anyone can express their individuality through personalized apparel, whether by uploading their own designs or by leveraging their NFT collections. Utilizing blockchain technology and smart contracts, we ensure that collectors and creators receive fair compensation for their contributions, while also providing a secure and seamless platform for transactions.

Core Objectives:

1. Empowerment: Enable collectors and creators to have complete control over their designs, creations, and sales, fostering a deep sense of ownership and pride in their work.

2. Accessibility: Reduce barriers to entry for independent creators and collectors by offering the necessary tools and infrastructure to develop and sell their own apparel lines.

3. Customization: Provide an extensive range of garment types and customization options, allowing users to craft truly unique items that showcase their style and personality.

4. Decentralization: Utilize decentralized technologies to establish a transparent, trustless, and permissionless platform that eliminates intermediaries and ensures equitable revenue distribution.

5. Community: Build a dynamic and engaged community of creators, collectors, and fashion enthusiasts who can collaborate, inspire, and uplift one another.

In the subsequent sections, I explore the problem statement, proposed solution for a minimum lovable product (MLP), and proposed technical implementation to actualize this vision.

The traditional fashion industry, dominated by centralized power structures, confronts numerous challenges that stifle creative expression and innovation. These challenges primarily arise from the concentration of control within a few large corporations, leading to several systemic issues:

1. Limited Creativity and Self-Expression: Mainstream fashion brands often dictate the prevailing styles and designs, significantly constraining individual expression and the visibility of independent creators. This results in a market where unique tastes and artistic creations struggle to find their place.

2. Inadequate Customization Options: The prevalent off-the-rack model fails to accommodate diverse body types and personal preferences, compelling consumers to settle for less-than-ideal fits and designs. This not only impacts consumer satisfaction but also limits how individuals can represent their identities through fashion.

3. High Entry Barriers for New Creators: Emerging designers and independent artists face substantial obstacles, including excessive startup costs and the necessity for extensive industry connections. These barriers inhibit fresh talent from entering the market, curtailing diversity and innovation within the sector.

4. Unfair Revenue Distribution: The traditional model benefits intermediaries—such as retailers and distributors—more than the actual creators, often leaving artists with a minor share of the profits. This disparity discourages creative risk-taking and reduces the overall growth of the creative community.

5. Opaque Practices and Lack of Authenticity: There is a troubling lack of transparency regarding the sourcing, production processes, and sustainability of garments. Consumers find it challenging to make informed choices that align with their values, particularly concerning ethical and sustainable practices.

6. Supply Chain and Inventory Inefficiencies: Centralized brands frequently contend with overproduction, which not only leads to significant waste and environmental impact but also exacerbates logistical and cost inefficiencies throughout the supply chain.

Despite these longstanding issues, the rise of decentralized technologies such as blockchain and NFTs offers unprecedented opportunities to reimagine and reform the fashion industry. By leveraging these technologies, we propose the creation of a decentralized, permissionless apparel platform. This platform will not only empower creators and consumers by facilitating more personalized and expressive fashion choices but also ensure equitable revenue distribution and enhanced transparency.

Building on the challenges identified in the fashion industry, a proposed solution for a minimum lovable product (MLP) for Collectors and Creators might look like the following. The scope of each release will need to be further defined and agreed upon based on available development funds, open to feedback.

Collector – v1 (one-off orders)

The Collector version is specifically crafted for individuals seeking to create personalized, one-off apparel items. This version harnesses both personal creativity and digital art assets, such as NFTs, to allow for the creation of unique clothing items:

1. Image Upload and NFT Integration: Users can upload digital images or connect their NFT wallets, utilizing their digital assets as designs.

2. Garment Selection and Customization: An array of garments, t-shirts, hoodies, joggers, and caps, are available for customization in size, color, and quantity.

3. Seamless Payment and Automated Revenue Distribution: Payments are processed securely with automatic revenue splitting.

   For original uploads:

   • 96% of the revenue is allocated to the merchant.

   • 4% to the platform.

   For NFT artworks the distribution adjusts to:

   • 90% for the merchant.

   • 6% to the NFT's original contract owner.

   • 4% to the platform.

4. Fulfillment and Shipping: Merchants print-on-demand and dropshipping the customized apparel directly to the collector, ensuring a seamless end-to-end process.

Creator – v2 (storefronts)

The Creator version targets artists, designers, and entrepreneurs aiming to establish and manage their decentralized apparel storefronts, promoting their unique brand and designs:

1. Catalog Management: Creators upload and manage a catalog of designs or NFTs, establishing a base for their apparel collections.

2. Apparel Collection Creation: Creators select garment types for their collection, assigning designs to each item to build a cohesive line.

3. Storefront Customization: Each creator personalizes their storefront with detailed product descriptions, desired pricing, and a distinct brand identity.

4. Decentralized Storefront Management: Customers can explore and purchase from these unique collections directly through the creators' decentralized storefronts.

5. Payment Processing and Revenue Distribution: The platform ensures secure transactions with revenue splits varying by the nature of the design, original or NFT-based, benefiting, the merchant, the storefront creator, the NFT contract owner (if applicable), and the platform.

6. Seamless Payment and Automated Revenue Distribution: Payments are processed securely with automatic revenue splitting.

   For original uploads:

   • 94% of the revenue is allocated to the merchant.

   • 2% to the store creator.

   • 4% to the platform.

   For NFT artworks the distribution adjusts to:

   • 90% for the merchant.

   • 2% to the store creator.

   • 4% to the NFT's original contract owner.

   • 4% to the platform.

7. Fulfillment and Shipping: Orders are fulfilled and shipped by the merchant directly to the customer, mirroring the Collector version’s efficiency.

Experiences – v3 (increase earnings and engagement)

1. Increase creator earnings: when NFT artwork is used, allow user to choose from a list of different merchants that support lower cost-share models, thereby providing higher payouts to the NFT contract owner.

2. Increase engagement: A mobile app (iOS + Android).

3. To be further defined.

The technology stack needs to leverage as many L2/L3 solutions as possible, leverage as much information as possible from the Farcaster ecosystem and social graph, and utilize as many Farcaster-native solutions as possible. Here are high-level details for some components of the stack and their functionalities, open to feedback.

1. Base Layer 2 (L2): Platform built on Base, powered by Optimism's OP Stack, which allows us to manage a high volume of transactions and user interactions efficiently, while maintaining the robust security features of the Ethereum mainnet.

2. Smart Contracts: Use Solidity to develop a comprehensive suite of smart contracts that will manage payment processing, revenue distribution, and NFT integration, ensuring seamless operations across our platform.

3. Decentralized Storage with IPFS: The InterPlanetary File System (IPFS) will be used to store design assets, product images, and other critical data in a decentralized manner. This enhances security and ensures data permanence without relying on centralized servers.

4. NFT Standards and Integration: The platform will support prominent NFT standards like ERC-721 and ERC-1155, facilitating easy integration with existing NFT marketplaces and wallets. This enables users to effortlessly utilize their NFTs as design assets.

5. User-Friendly Decentralized Storefronts: Creators can personalize decentralized storefront templates using modern web technologies such as React, combined with HTML5 and CSS3. These storefronts will interact directly with our smart contracts hosted on Base, providing a seamless user experience.

6. Secure Payment Processing: Integration with decentralized payment gateways that support ERC-20 and Base will ensure secure and transparent transactions. Our smart contracts will handle all payment processes, reinforcing trust and accuracy.

7. Merchant Integration: By partnering with trusted merchants (print-on-demand and dropshipping providers), the platform will automate the apparel printing and shipping process. Our platform's APIs will facilitate seamless communication between the dropshippers and our system, streamlining order fulfillment.

8. IPFS-Based Data Management: Leverage IPFS for reliable and secure management of product descriptions and images, providing creators with a decentralized and intuitive interface for managing their collections.

Idealistic

1. Open call for participation during FarHack, May 3 – 5; DC me directly on Warpcast.

Reality

It's more realistic to think this idea will need to be pressured tested. To facilitate this process the community will leverage the Concept Testing methodology developed by @markfishman and @samuellhuber.

1. Depending on outcome of FarHack, it’s likely we’ll need to mobilize additional efforts. This will include raising additional funds through a crowd fund on Fabric, and then sourcing dev work through a bounty on Bountycaster.

2. Once funding is raised for one or both MLP phases, a bounty is posted with details on the build process and development spec (what you're reading now is current version).

3. Any devs interested in building [TBD] can reply to the bounty to apply. You must link to your GitHub with a hosted, early version showing that you understand the assignment and can deliver the spec.

4. Once approved, the bounty will be marked as "in progress" and the dev is added to a group chat with beta testers. ("In progress" means someone is working on it, but anyone else can still apply by posting an earlier GitHub version and delivering faster/better.)

5. Devs post updates of their [TBD] version in a group chat and receive feedback from testers.

6. Once the version fully meets specifications and beta testers like the user experience, the bounty is marked complete and paid out. (When in doubt: don’t overthink the delivery, ask for feedback and iterate.)

7. The first party to complete the bounty will receive 90% of the raised funds. [TBD] will keep 10% to retro fund initial ideation. If the bounty is not completed within a month, then all the raised funds will be returned.

More to come in a subsequent post on general guidelines for evaluation.

Here’s to building in public and someone picking this up with me at FarHack!! Please DC me directly on Warpcast if any of this sounds remotely interesting.

Thanks for reading!

↑ bwilde